Product Video

TaylorMade Fujikura RocketFuel 50 0.350" Graphite Wood Shafts

 
3 Review(s)  

TM-V1285501
Price: $19.95
Product Name Price Qty
A-Flex
V1285501
$19.95 Out of Stock
X-Flex
V2815201
$18.95 In Stock
Review Your Order
Number of items :   0
Subtotal :   $0.00
Add to list...
Compare product with:

TaylorMade Fujikura RocketFuel 50 0.350" Graphite Wood Shafts

  • These are brand new and original Fujikura Rocket Fuel 50 graphite wood shafts.
  • These were a stock shaft found in the TaylorMade RBZ Stage-2 drivers and fairway woods.
  • 0.350" tip diameter, uncut 44" raw length, these shafts were not tip trimmed.
  • 50 gram light weight design for golfers seeking a high launching shaft for more distance at less efforts.
  • Bend Point: Low/Mid
  • Ball Flight: Mid/High
  • Swing Speed: N/A
  • Tip Trimming: Driver: 0"; #3 W: 0"; #5 W: 0.5"; #7 W: 1"; #9W 1"; #11W 1"
Shaft Flex Torque Tip Butt Length Weight Par Tip Flight
Wood M = Senior 4.6º 0.350" N/A 44" 49 g N/A Mid/High
Wood X 4.4º 0.350" N/A 44" 53 g N/A Mid/High
: *
: *
: *
 
Average customer rating:
 
3 Review(s)  



3 Most useful customer reviews (see all reviews):
James Morgan
Sep 24, 2022
I rebuilt an older driver to fit my swing. I am 78. I needed a more flexible shaft.
Ping G5 head at 14 degrees and this shaft. Great combo for this older driver. It works for me


Advantages: Flexible without being too whippy. Ping senior shaft was too soft. This works.

Disadvantages: None
Loading...Was the above review useful to you? Yes (0) / No (0)
William W. Conner
Jul 18, 2022
Shaft is a senior shaft of excellent quality. Beautiful graphics enhance it's visual appeal. Works excellently in my driver.

Disadvantages: The cost of shipping to Canada has reduced my purchases from Monark golf. I only deal there if I can not find what I want elsewhere. Unfortunate!!!
Loading...Was the above review useful to you? Yes (0) / No (0)
Thomas Brown
May 20, 2021
Excellent shaft. Stiff tip allows me to swing hard with confidence in the rough if needed.

Advantages: Great price!
Loading...Was the above review useful to you? Yes (0) / No (0)

Have a question? Need more information? Ask our community.
Description

TaylorMade Fujikura RocketFuel 50 0.350" Graphite Wood Shafts

  • These are brand new and original Fujikura Rocket Fuel 50 graphite wood shafts.
  • These were a stock shaft found in the TaylorMade RBZ Stage-2 drivers and fairway woods.
  • 0.350" tip diameter, uncut 44" raw length, these shafts were not tip trimmed.
  • 50 gram light weight design for golfers seeking a high launching shaft for more distance at less efforts.
  • Bend Point: Low/Mid
  • Ball Flight: Mid/High
  • Swing Speed: N/A
  • Tip Trimming: Driver: 0"; #3 W: 0"; #5 W: 0.5"; #7 W: 1"; #9W 1"; #11W 1"
Specification
Shaft Flex Torque Tip Butt Length Weight Par Tip Flight
Wood M = Senior 4.6º 0.350" N/A 44" 49 g N/A Mid/High
Wood X 4.4º 0.350" N/A 44" 53 g N/A Mid/High
Send to friend
: *
: *
: *
 
Customer feedback
Average customer rating:
 
3 Review(s)  



3 Most useful customer reviews (see all reviews):
James Morgan
Sep 24, 2022
I rebuilt an older driver to fit my swing. I am 78. I needed a more flexible shaft.
Ping G5 head at 14 degrees and this shaft. Great combo for this older driver. It works for me


Advantages: Flexible without being too whippy. Ping senior shaft was too soft. This works.

Disadvantages: None
Loading...Was the above review useful to you? Yes (0) / No (0)
William W. Conner
Jul 18, 2022
Shaft is a senior shaft of excellent quality. Beautiful graphics enhance it's visual appeal. Works excellently in my driver.

Disadvantages: The cost of shipping to Canada has reduced my purchases from Monark golf. I only deal there if I can not find what I want elsewhere. Unfortunate!!!
Loading...Was the above review useful to you? Yes (0) / No (0)
Thomas Brown
May 20, 2021
Excellent shaft. Stiff tip allows me to swing hard with confidence in the rough if needed.

Advantages: Great price!
Loading...Was the above review useful to you? Yes (0) / No (0)

Product Q&A
Have a question? Need more information? Ask our community.